An ammonium hydroxide solution is to be prepared at 77°F by dissolving gascous NH, in water. Prepare charts showing: (a) The amount of cooling needed (in Btu) to prepare a solution containing [ Ib mol of NH, at any concentration desired; (b) The amount of cooling needed (in Btu) to prepare 100 gal of a solution of any concentration up to 35% NHy; (c) If a 10.5% NH, solution is made up without cooling, at what temperature will the solution be after mixing?

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***28.10 An ammonium hydroxide solution is to be prepared at 77°F by dissolving gascous NH, in water. Prepare charts showing: (a) The amount of cooling needed (in Btu) to prepare a solution containing [ Ib mol of NH, at any concentration desired; (b) The amount of cooling needed (in Btu) to prepare 100 gal of a solution of any concentration up to 35% NHy; (c) If a 10.5% NH, solution is made up without cooling, at what temperature will the solution be after mixing?
*** 28.10 An ammonium hydroxide solution is to be prepared at 77°F by dissolving gasecous
NH, in water. Prepare charts showing:
(a) The amount of cooling needed (in Btu) to prepare a solution containing 1 lb mol
of NH, at any concentration desired;
(b) The amount of cooling needed (in Btu) to prepare 100 gal of a solution of any
concentration up to 35% NH3:
(c) If a 10.5% NH, solution is made up without cooling, at what temperature will the
solution be after mixing?
Transcribed Image Text:*** 28.10 An ammonium hydroxide solution is to be prepared at 77°F by dissolving gasecous NH, in water. Prepare charts showing: (a) The amount of cooling needed (in Btu) to prepare a solution containing 1 lb mol of NH, at any concentration desired; (b) The amount of cooling needed (in Btu) to prepare 100 gal of a solution of any concentration up to 35% NH3: (c) If a 10.5% NH, solution is made up without cooling, at what temperature will the solution be after mixing?
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